1. Khanzadi,M, Kamada, E, “the Required Compressive Strength and Pre-hardening time to Prevent Damage to High flowing Concrete from Frost Damage at Early Ages” Proceedings of the Japan Concrete Institute.

4. Khanzadi, M, “The Effect of Cover and Arrangement of Reinforcement on the Behavior of Ferro cement in Tension” Second Asia Pacific Symposium on Fibrocement, Roorkee , India,.

5. Khanzadi,M, Ramesht, M.H. “The Effect of Cover and Arrangement of Reinforcement on the Behavior of Ferro cement in Tension” Journal of Ferro cement.

6. Khanzadi,M, Kamada,E, “ Rheological Properties, and Application of Simple Electrical Circuit Model to the Flowing Behavior of High Flowing Concrete in the Plain and Reinforced Mold, Proceedings of International Symposium, Korea,.

7. Khanzadi,M , “ Hanaoka ,T, “Measurement of the Degree of the Segregation of Course Aggregate in High Flowing Concrete by Electrical Resistance Method” The 48 the Annual Meeting of JCA.

8. Tanicuchi , M, Khanzadi , M,“ Study on the Air Void System and Frost Resistance of High Fluidity Concrete made with Viscous Agent,” 9 the Annual Meeting of Architecture in Japan.

9. Tanicuchi, M, Khanzadi ,M, “Study on the Properties and Durability of High fluidity Concrete with Fine Powder” 9 the Annual Meeting of Architecture in Japan”.

10. Khanzadi,M, Kamada ,E, “An experimental study on the air Entertainment and Frost Resistance of High fluidity Concrete” Journal of Structure and Construction Engineering, AIJ.

29. Khanzadi,M, Kurihara,M, Kamada,L,” The required compressive strength and pre hardening time to prevent damage to high flowing concrete from frost damage at early age”, Proceeding of the Japan concrete Institute , 1995.